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Dibutyryl Cyclic Adenosine Monophosphate Sodium, sometimes called db-cAMP sodium, stands out because of its close link to cellular signaling and research. In labs, people often turn to this molecule when they want a more membrane-permeable analog of cAMP, which makes sense because it crosses cell membranes with greater ease. Scientists depend on db-cAMP sodium while studying signal transduction or testing cellular responses, especially in biochemistry, physiology, and pharmaceutical applications. Its role goes beyond the test tube: research points to unique effects in neuronal, muscle, and even immune cells. This compound holds a CAS number of 37279-85-3 and typically appears in powder or crystal forms, providing easy measurement and storage.
Anyone who has handled dibutyryl cAMP sodium powder can describe its appearance. The compound often shows up as an off-white, fine powder, though some suppliers offer it in crystalline flakes or granular forms. Each form offers specific advantages for scaling, weighing, and solubility. The compound’s molecular formula, C18H23N5NaO8P, and a molecular weight of 507.37 g/mol, help researchers calculate proper concentrations for experiments. Density falls around 1.34 g/cm³, which gives an idea of its compactness compared to other laboratory chemicals. In solution, it dissolves well in water, which matters for setting up cell culture experiments, and prepares a colorless solution at standard lab concentrations. Its solid forms range from powder to crystalline pearls, but most researchers see it as a fine powder, easy to reconstitute.
Structurally, dibutyryl cAMP sodium looks a lot like adenosine monophosphate but includes butyryl chains that increase lipid solubility. Its sodium salt form increases solubility in aqueous buffers, another reason researchers look to this compound over the parent molecule. The backbone offers essential chemical stability under most lab storage conditions. As a raw material, it arrives sealed and protected from moisture, because exposure to damp conditions leads to clumping and reduces shelf life. Purity matters, and most suppliers provide assays above 98%. Quality checks prevent the introduction of harmful impurities, which could alter experimental results. In crystal form, its structure reflects an arrangement of sodium ions stabilizing the phosphate backbone, providing both durability for storage and immediate solubility in lab settings.
Dibutyryl cAMP sodium finds itself in a mix of research applications, with prominence in signal transduction studies, hormone action evaluation, and even differentiation protocols for cell cultures. It serves as a potent activator of cAMP-dependent pathways, which control everything from enzyme activity to gene expression. Safety deserves attention. The material does not carry the acute risks of many industrial chemicals, but it is not free from hazard. Inhalation, ingestion, or direct skin or eye contact should be avoided, and handling always asks for gloves, lab coats, and eye protection. Accidental spills call for local exhaust and prompt clean-up. GHS hazard statements point to eye and skin irritation on direct contact. Disposal requires attention—flush small quantities with plenty of water and dispose of solid waste according to local chemical waste guidelines. Keeping containers tightly sealed prevents unnecessary exposure and moisture uptake.
For international transport, suppliers identify dibutyryl cAMP sodium under HS Code 2934999099, classifying it as an organic compound for chemical and biotechnological research. This code speeds up customs clearance and helps buyers know what to expect in regulatory paperwork. As a non-flammable solid, it does not require special freight conditions, but regulations still push for dry, well-sealed packaging, away from direct sunlight or extreme temperature swings. Import and export laws differ by region, so buyers and shippers need to remain alert to safety and substance control requirements. The attention to accurate and clear labeling smoothes out handovers between logistics partners and end-users.
The question of quality and safety sits at the center of any workplace handling dibutyryl cAMP sodium. Inconsistent purity, improper labeling, or poor storage conditions can introduce risk to results—the common pain of every research group, which can derail weeks or months of work. Solutions point toward sourcing from verified providers, running in-house purity tests with HPLC or NMR, and keeping storage cool, dry, and away from volatile compounds. In my experience, assigning a single technician to manage these specialized reagents helps avoid mix-ups or contamination. Documentation of batch identity and storage time offers a safeguard against using expired or degraded stock. Though db-cAMP sodium is not classed as a hazardous chemical for routine handling, a culture of safety in every workplace acts as insurance against unexpected exposures.
Dibutyryl Cyclic Adenosine Monophosphate Sodium means having a tool that gives flexibility and power to modern experimental designs. Its well-known molecular structure, straightforward handling, and reliable chemical properties make it the backbone of many research breakthroughs. Understanding the ins-and-outs of this compound, from its fine powder and crystals to handling protocols and safety facts, forms the backbone of good science. Most folks in the lab find success by respecting the details—knowing density, keeping an eye on the raw material’s age, and documenting every step. As regulatory scrutiny grows and expectations for traceability rise, the careful, thoughtful work of analysts and technicians sets the standard for everyone working with this compound, whether preparing a 1-liter solution for a large experiment or measuring micrograms for an assay plate.
